2

Credit: Mighty Things

“A network between objects, usually

wireless and self-configuring, such as household appliances”. ~ Wikipedia

“Embedded short-range mobile transceivers

into a numerous of additional gadgets and everyday items that form communication between people and things, and between things themselves”. ~ IoT technologies proposed in 2015 WSIS conference

3 It’s All About

“Things having ident i t ies and vir tual

personalities operating in smart spaces using intell igent interfaces to connect and communicate within social, environmental, and user contexts”. ~ IoT in 2020

“A proposed development of the internet in which everyday objects have network connectivity, allowing them to send and receive data.” ~ Oxford Dictionary, 2013

4 It’s All About

Wireless communications Machine-to-machine interfaces

Electronic communication protocols Microcontrollers

Location technology Software

IPv6 CoAP RFIDs

Sensors Smart-handhelds

5 Enabling Technologies

Person-to-Thing

Thing-to-Person

Thing-to-Thing

6 New Paradigm of Communication

From ANY TIME, ANY PLACE connectivity for ANYONE, we have CONNECTIV ITY fo r ANYTHING.

7 Summing IoT Up

8 The Benefits

Improved quality of life Healthcare from anywhere Better safety, security and productivity

New business opportunities Utilized in every vertical for improving efficiency Creates new businesses, new and better jobs

9 The Benefits Economical growth Billions of dollars in savings and new services

Improved competitiveness Providing cutting edge products and services

Better environment Saves natural resources and trees Helps in creating a smart, greener and

sustainable planet

More visible in our every day lives.

10

Credit: Mighty Things

11 Smart Mirror

Credit: Vala Afshar

12 Smart Socks

13 Smart Garbage Cans

14 Blood Pressure Monitor

15 Glucose Monitor

What is happening now 16

Courtesy of Ankur Pipara

Applica'on  Areas  

Smart  Ci'es   Smart  Environment  

Smart  Energy  

Smart  Agriculture  

E-­‐Health   Retail   Logis'cs   Industrial  Control  

17

Smart Grid Enables smooth and efficient

delivery of electricity AMI, DSM, Green energy

integration and energy management

Saves energy, reduces cost and increases reliability

Industrial Monitoring To increase productivity,

efficiency, and safety Machine Surveillance, asset

tracking and storage monitoring

18

Image : Exosite

Agriculture Monitoring Accurate temporal and spatial monitoring Reduced water, energy, and pesticide usage

Better productivity Smart Cities Sustainable urban development Eco-friendly infrastructure Water, land, skills and energy resources

optimization

19

Healthcare Patient care in hospitals and at home Tele-assistance for aging and rural citizens Connected Home Home safety, security, automation and control Smart appliances and home entertainment

systems

20

Telematics Improvement of safety of transporting systems Fleet management and traffic flow optimization

Safety and Security Periodic monitoring of the architecture status Emergency warning information

21

The Architecture 22

23 Driving Factors

24 Relationship with Big Data

1  

MIT Auto-ID Lab & EPC Global.

Stanford University

Georgia Institute of Technology

Cambridge University

3  

Nokia SAP IBM GOOGLE AMBIENT Metro Group Siemens Sun Cisco GE

2  

EPFL & ETH Zurich Information and Communication Systems Research Group

Chemnitz University of Technology VSR Group

More Research Groups and Projects to Come

25

26

IoT is not coming soon. It’s HERE. For REAL.

27

! A CAR produced NOW has an average of !

! 60 – 100 !! built-in SENSORS…!

28

Today Smart phones and

Tablets have already had lots

of SENSORS like GPS, accelerometer, compass.!

29

70 billion machines, only 1%

are connected

Enables the next trillion connections

30 Application Scope: Now vs Future

Smart Home 31

Smart Car 32

Smart Farms 33

E-Healthcare 34

35 Implementation Challenges General Big Data Explosion Technological standardization at some areas

are still fragmented Privacy and security Absence of the GOVERNANCE

Connectivity Seamless connectivity with mobility Scalability and performance assessment Interoperability

36

37 Implementation Challenges Management system Scalability - capability in handling millions of

things Object, device and service management Easy-to-use location based management

Big Data and applications Information gathering, storage, analysis and

inference Applications, services, and business models Security, trust, and privacy to protect

So now what? 38

“The future is here ... it’s just not evenly distributed.” ~ William Gibson (1993)

39

40

will be part of Internet of Things by 2020, as IDC predicted in early 2014.

41

212 billion devices

will have

internet access by 2020, Extreme Networks say.

42

5 billion people

IoT will generate nearly

US$9 trillion

in annual sales

by 2020.

43

REPORTS

ALERTS

DATA PROCESSING

STORAGE

PATIENTS

Image: Exosite

57,000 new “things”

will be added to the Internet every

1 second within 6 years.

44

Smart  Home  

Smart  Grid/Smart  Energy  

Smart  Ci'es  

Smart  Factory  

Future Scenario Will Look Like 45

Courtesy of Ankur Pipara

Indonesia’s Market >4% economic growth Stable inflation and interest rate 260 million population 250 million mobile subscribers 75 million netizens 60 million mobile netizens 45+ million feature phone net users Enterprise and household segments to adopt faster than consumer’s

Unveiling The Possibilities 46

Wearable technology is growing slowly Same thing applied with IPv6 20% saving account owner 7% credit card subscriber 50 million Facebookers (Top 5) 40 million Twitterers (Top 5) 4 million Kaskusers Jakarta is the world’s chattiest city 85 million middle class 245 million domestic trip, 7 million outbound a year

The Current State 47

5 million middle class per year

2% internet users per year

Feature & smart phone still promising

Heats up by social network and travel

Trust gained from hospitality industry

Huge potential in e-commerce, online travel space(98% offline) and game

The Growth 48

49